Hubble has been operating in space for more than 36 years and is still making discoveries. The space agency noted that the telescope has traveled over 5 billion miles around Earth during its lifetime and has made more than 1.7 million total observations.
Click through to the article and the related NASA links to see an image of (checks notes) galaxy cluster MACS J0417, taken the day Hubble crossed that milestone. Here’s to science!
The fall equinox brings shorter days, and the change of seasons. In some U.S. cities, it’s also a chance to witness the striking alignment between the sun and Earth, as sunrises and sunsets align with city streets running east and west. It’s a modern version of ancient observances of a celestial shift, like sunrise at Stonehenge.
I try to share big astronomical events, but I was in the northern woods and missed the lunar eclipse on August 28th. Luck was with me, though. I happened to be awake around midnight and looked out the window to see 93% of the moon missing. What a lovely and unexpected surprise!
From the Sun’s corona to animal behaviour and human emotions, these rare celestial events continue to provide scientists with valuable insights more than two millennia after they were first observed.
Tomorrow is an interesting day, astronomically speaking. Let me check my list; it’s a long one (and be warned, exclamation marks ahead!).
Let’s see:
solar eclipse, check
meteor shower, check
planetary conjunction, check!
The Eclipse
Parts of Western Europe will see a total eclipse, the first visible on mainland Europe in 27 years, but many other places on Earth will have at least a partial version. When and where can you see it? Here’s a look at the timing.
While totality will be visible from parts of Greenland, Iceland and Spain, millions more people across Europe will experience a dramatic partial solar eclipse. Whether you’re chasing the moon’s shadow in Reykjavik or watching the moon take a ‘bite’ out of the sun from London, Paris, or Berlin, timing is everything.
New York City will only see about 9% totality just before 2pm, for example, but if you happen to be in London at 7:13pm, well, 91% totality for you!
The project, entitled “The Prado in the light of the eclipse”, proposes a progressive transformation of the lighting applied to some of the most iconic paintings in the celebrated gallery. Through this shift in light, the video shows how small variations in illumination can radically alter the perception of colours, shapes and the atmosphere of the paintings, revealing details and nuances that everyday light leaves hidden.
That’s already a lot, and we haven’t even talked about meteors or other planets!
The day starts before the Sun comes up. On the morning of August 12, six planets — Jupiter, Mercury, Mars, Uranus, Saturn, and Neptune — will appear spread across the sky.
Do not expect a tight line of bright dots. This is a wide planetary alignment, stretching from the horizon across a large part of the sky. Mars and Saturn will be the easiest planets to spot with the naked eye. Mercury will sit low above the horizon shortly before sunrise. Jupiter will be bright, but very close to the horizon. Uranus and Neptune will need binoculars or a telescope.
Check the link above for times, but for me this would be just after 6am.
It’s going to be a pretty special day, astronomically speaking. Actually, I should have set up this post in terms of time (location dependent, of course!), like so:
early morning: planet parade
early afternoon: solar eclipse
evening: Perseid meteor shower!
If you have a few moments and clear sky, check it out. There’s a lot going on up there!
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A map showing viewing areas of the August 2026 total solar eclipse. NASA/JPL-Caltech
Created from thousands of images, the sequence begins with Mars as a small crescent in the distance. During close approach on May 15, the Red Planet’s cratered surface fills the imager instrument’s field of view. As the spacecraft departs Mars, the changing perspective reveals the planet’s icy south pole.
Want to learn more about the mission? Here’s an article from NASA:
Last night’s moon looked just shy of full, and like a scoop of orange creamsicle ice cream in the sky. Tonight, if the weather gods align, we should be treated to the real thing, the full Buck Moon.
It’s called that because it happens around the time male deer start sprouting antlers in preparation for fall. It’s also known as the Raspberry Moon, which suits me just fine!
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I considered an image of raspberries, or orange ice cream, but this shot of a full moon over Montreal seemed like just the thing. Ice cream still sounds like a fine idea though. Photo by Edi Bouazza on Unsplash
Apologies for being ever so slightly behind the times on this, but we just (as in yesterday!) experienced aphelion. That’s right, on June July* 6th at 1:30pm EDT, the Earth and all of its inhabitants (that’s us!) were 152,087,775 kilometers or 94,502,962 miles away from our favorite life-giving ball of fire.
The Earth orbits the Sun in an elliptical path, which means that there is one point on the path closest to the Sun and one point that is farthest away from the Sun.
(* edited because it’s July now, somehow; catch up, brain! And on a related “really far away from the Sun” note, we just watched Project Hail Mary and thoroughly enjoyed it:)
The moon will not actually appear dark red like a strawberry, but it may take on a slight orange or reddish tint when it first appears above the horizon. That color shift is caused by light scattering through Earth’s atmosphere, similar to the way some sunsets appear more vivid than others.
The farm down the road has pint baskets overflowing with red berries, and later I’m going to make a red and white dessert for Canada Day.
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